The Drone STEM pack provides everything you need to program, pilot, and analyze a Crazyflie in 3D. Perfect for discovering aerial robotics with an easy-to-use Python API.
A complete solution for 24/7 autonomous flights, with ultra-precise positioning (Lighthouse) and an integrated charging station for uninterrupted operations.
A complete solution for easily creating ultra-precise drone swarms, with Lighthouse positioning, automated charging, and continuous autonomy.
An all‑in‑one solution for programming, piloting, and analyzing a 3D flying robot while precisely measuring its environment using an easy‑to‑use Python API.
Une solution complète pour concevoir, tester et déployer des réseaux neuronaux sur un drone Crazyflie, avec tout le nécessaire pour débuter vos projets de robotique aérienne intelligente.
The Lighthouse Explorer Bundle includes all the necessary equipment to explore Lighthouse positioning with the Crazyflie 2.1 Brushless. Perfect for aerial robotics, precision localization research, and real‑time tracking of drones in controlled environments.
A complete solution to create your first scripts, pilot a Crazyflie in 3D, and easily analyze all your flight data.
The ideal kit for designing, programming, and customizing your Crazyflie projects with complete tools for prototyping, debugging, and radio communication.
This bundle provides everything you need to create a fully operational swarm of Crazyflie 2.1 Brushless drones, ideal for aerial robotics research and precise indoor positioning projects using LPS technology (Loco Positioning System).
A complete solution to discover the potential of autonomous indoor flight with LPS technology. Perfect for starting precise aerial robotics projects in a controlled environment!
The Crazyflie 2.1+ provides a solid basis for designing, testing and documenting projects in aerial robotics, whether in an academic environment or in an R&D lab.
The Crazyflie 2.1+ Brushless is an open-source micro drone for experimenting with aerial robotics, in education and in research.